133     INT *scaleEnergies, FIXP_DBL EnergyTotal, INT nSfb, INT start, INT border,  in spectralChange()  argument
157   FDK_ASSERT(scaleEnergies[0] >= 0);  in spectralChange()
158   FDK_ASSERT(scaleEnergies[1] >= 0);  in spectralChange()
160   energies_e = 19 - fMin(scaleEnergies[0], scaleEnergies[1]);  in spectralChange()
175   prevEnergies_e_diff = scaleEnergies[0] -  in spectralChange()
176                         fMin(scaleEnergies[0], scaleEnergies[1]) +  in spectralChange()
178   newEnergies_e_diff = scaleEnergies[1] -  in spectralChange()
179                        fMin(scaleEnergies[0], scaleEnergies[1]) +  in spectralChange()
263 static FIXP_DBL addLowbandEnergies(FIXP_DBL **Energies, int *scaleEnergies,  in addLowbandEnergies()  argument
297   nrgTotal_m = fAddNorm(accu1, (sc1 - 5) - scaleEnergies[0], accu2,  in addLowbandEnergies()
298                         (sc2 - 5) - scaleEnergies[1], &nrgTotal_e);  in addLowbandEnergies()
323     INT *scaleEnergies, INT YBufferWriteOffset,  in addHighbandEnergies()  argument
357   scale[0] = fixMin(8, scaleEnergies[0]);  in addHighbandEnergies()
358   scale[1] = fixMin(8, scaleEnergies[1]);  in addHighbandEnergies()
360   if ((scaleEnergies[0] - scale[0]) > (DFRACT_BITS - 1) ||  in addHighbandEnergies()
361       (scaleEnergies[1] - scale[1]) > (DFRACT_BITS - 1))  in addHighbandEnergies()
372     nrgTotal = accu >> (scaleEnergies[0] - scale[0]);  in addHighbandEnergies()
379     nrgTotal = fAddSaturate(nrgTotal, accu >> (scaleEnergies[1] - scale[1]));  in addHighbandEnergies()
394     FIXP_DBL **Energies, INT *scaleEnergies,  in FDKsbrEnc_frameSplitter()  argument
418         Energies, scaleEnergies, YBufferWriteOffset, YBufferSzShift,  in FDKsbrEnc_frameSplitter()
422         addHighbandEnergies(Energies, scaleEnergies, YBufferWriteOffset,  in FDKsbrEnc_frameSplitter()
439           (scaleEnergies[0] < 32 || scaleEnergies[1] < 32)) /* i.e. > 31 */ {  in FDKsbrEnc_frameSplitter()
440         delta = spectralChange(EnergiesM, scaleEnergies, EnergyTotal, nSfb, 0,  in FDKsbrEnc_frameSplitter()
471                                 INT *RESTRICT scaleEnergies,  in calculateThresholds()  argument
486   commonScale = fixMin(scaleEnergies[0], scaleEnergies[1]);  in calculateThresholds()
489   scaleFactor0 = fixMin((scaleEnergies[0] - commonScale), (DFRACT_BITS - 1));  in calculateThresholds()
490   scaleFactor1 = fixMin((scaleEnergies[1] - commonScale), (DFRACT_BITS - 1));  in calculateThresholds()
552     FIXP_DBL **RESTRICT Energies, INT *RESTRICT scaleEnergies,  in extractTransientCandidates()  argument
563   tmpScaleEnergies0 = scaleEnergies[0];  in extractTransientCandidates()
564   tmpScaleEnergies1 = scaleEnergies[1];  in extractTransientCandidates()
650                                FIXP_DBL **Energies, INT *scaleEnergies,  in FDKsbrEnc_transientDetect()  argument
678   calculateThresholds(Energies, scaleEnergies, h_sbrTran->thresholds,  in FDKsbrEnc_transientDetect()
683       Energies, scaleEnergies, h_sbrTran->thresholds, h_sbrTran->transients,  in FDKsbrEnc_transientDetect()
909     const FIXP_DBL *const *Energies, const int *const scaleEnergies,  in FDKsbrEnc_fastTransientDetect()  argument
987           (-scaleEnergies[0] + 2 * QMF_SCALE_OFFSET) + (10 + 6) -  in FDKsbrEnc_fastTransientDetect()
991           (-scaleEnergies[1] + 2 * QMF_SCALE_OFFSET) + (10 + 6) -  in FDKsbrEnc_fastTransientDetect()